There is no need for special radiation protection storage equipment, which will certainly reduce the weight of the spacecraft. Those radiation protection equipment is not light, and maintenance of them is also very troublesome.
Moreover, because of the more energy that can be provided by using helium 3, the weight of the fuel needed to be carried on the spacecraft will certainly be reduced to a certain extent. Even if the fuel carrying capacity is not reduced, the convenience and safety of carrying helium 3 alone will completely explode deuterium and tritium.
But there are so many problems to be solved to use helium 3 as fuel for fusion reactors. The ignition temperature of more than 1 billion degrees is a very difficult problem to solve.
How to ignite at such a high temperature? It is not easy to raise the instantaneous temperature to this level, not to mention the huge energy required for ignition. To ignite the reactor alone, a small generation of nuclear fusion reactor may be needed for energy supply.
And if you want to safely bind this ultra-high temperature, the magnetic field strength requirements of the reactor is also a very difficult problem to solve, let alone how to safely output the energy generated by the reactor.
If you want to solve these problems, there is no simple one. Every problem involves materials and theories that they did not master before, so the slow progress of research and development can be understood.
Therefore, Lei Tiantang didn't think there was a big problem with Kuafu's gushing. He really needed him to carry the pot. If he didn't have to start studying the third generation nuclear fusion reactor directly, their "Earth" spacecraft would not have been delayed until now, and there was no way to manufacture and test it.
Even so, he didn't think he would admit it, so he retorted with an incredible expression: "please! Should we speak with conscience? I've been solving the related problems all the time, OK?
How many new experiments have we added in this period of time? Which of these experiments was not designed by me? Didn't we solve a material problem the day before yesterday? How can you say I didn't work hard enough? "
"Come on! The key material problems are all the experiments designed 126 days ago and 13 hours ago, but now they have made breakthroughs. What does it have to do with your efforts in these two days?
If we follow the current research progress, our spacecraft may not be able to make breakthrough progress in five years. If we did not have alternative solutions, I would not agree with you to do so! " Kuafu is obviously scornful of his boss's view.
"Hehe, this alternative is not based on my ability. Why don't you say that black technology system is better than my ability?
Is there any black tech system like me? The production and collection of antimatter has never been a simple thing, let alone large-scale production and collection.
If it wasn't for my ability now, even if the whole earth were ruined, it would not have been possible for us to build these antimatter colliders Lei Tiantang said triumphantly.
Instead, they're using antimatter as an alternative to the third generation of reactors.
The reason is, of course, what Lei Tiantang called "explosive force". If we only use the antimatter special collider that the company just built in Northwest China not long ago to collect antimatter fuel, it may take 1000 years to collect enough antimatter fuel for a long-distance voyage.
Although the energy level of the collider has been improved to a certain extent, the improvement is not particularly large. Moreover, the production of antimatter also needs to consume a lot of energy. Therefore, the company has to build a new nuclear fusion reactor to provide energy for it.
Even so, the amount of antimatter produced by high-energy collisions alone is heartbreaking. The antimatter collider over there has been built for more than half a year, but the weight of antimatter collected has not exceeded 10 grams!
For this 10 grams of antimatter, the company's nuclear fusion reactor provides enough energy for the Collider to use in a medium-sized city for three years. The input and output are more desperate than you can imagine.
Therefore, it is obviously unrealistic to expect the earth to build a large number of antimatter colliders to collect antimatter for use by spaceships. The company's antimatter dedicated Collider in the northwest will cost more than $10 billion, not to mention the continuous investment needed to use it.
The cost of the antimatter collected by the company is less than 10 grams, and the cost is more than 1 billion US dollars. The company has greatly improved its technology to achieve this. Otherwise, 10 billion dollars will not be able to do this.
And if you want the earth spacecraft to go back and forth to the little black hole, do you need 100 kilograms of antimatter? So how many special colliders are needed to collect 100 kg of antimatter in a short time?
The whole earth's resources are used to build this kind of antimatter Collider, which is impossible to do, let alone impossible. Using normal resources to build so many colliders is simply to seek death. Infinite gravity group's money and resources are not worth mentioning for such a large investment.However, it is not so complicated for Lei Tiantang to do it by himself. After the experiment of 10000tev level antimatter special collider was completed, he started the research work of antimatter special collider with 100000 TEV level.
More copy work, more or less can also be a little harvest, not to mention for the brain very good Lei Tiantang, big design changes do not have energy level upgrade, there is nothing difficult to understand, so he and Kuafu soon solved the relevant problems, developed this 100000 TEV level antimatter collider.
The next is the key. After the test, the safety and stability of the collider have reached the requirements, and Lei Tiantang madly made 1000 antimatter special-purpose colliders with this energy level on the side of the small black hole!
Just to provide energy for these colliders, Lei Tiantang has built 300 large-scale nuclear fusion reactors to network to provide them with stable energy support!
If his control scope is not expanded a lot, it is not easy to put down so many big guys in the control range of small black hole itself. After all, this is not the only research project on the body of small black hole.
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